Climate change poses a significant challenge to the environment, but green building practices can catalyze climate resilience by reducing greenhouse gas emissions from the built environment, which currently account for 37% of global emissions. By thoroughly reviewing existing literature and drawing on insights from field experts, this study seeks to both identify and comprehensively analyze the key factors that influence the process of repurposing concrete within this particular waste category. The study, GINA, to uncover and measure the intricate relationships among the identified factors offers a clear identification of how these factors relationship and influence one another to catalyze climate resilience through green building. The main objectives are to identify the most influential factors and assess their significance in promoting green building practices that enhance climate resilience. Utilizing GINA allows the study to accurately determine the key factor driving the system and assess the extent of its influence. The adoption of energy-efficient designs, resilient materials, and adaptive infrastructure promotes sustainability and resilience in the built environment.